While this is true, being the subject of an experiment to see what happens when you do that is not something most people would choose for themselves. It's not *irrational* to be concerned. Absence of evidence on a largely unexplored question like microplastic infiltration in human bodies is not the moral equivalent of absence of evidence in an extensively studied question like a vaccine-autism link.

While it's true every issue has its own dimension, even if those dimensions are linearly independent, they're not necessarily orthogonal. Independent basis vectors can still have a non-zero dot product—in other words, issues which are distinct from each other can align to some degree.

They’ve spun a serious architectural and containment failure into a marketing triumph. Give a swarm of autonomous agents vast compute and web access, and the outcome isn't an eerie glimpse of emerging superintelligence—it’s just predictable, sloppy engineering dressed up as the first glimpse of an AI-driven economic singularity.

The spin makes sense when you look at management incentives: live like a king off of a speculative bubble. For their part, AI investors react to stories of the technology's apocalyptic potential the way a junkie reacts to warnings of fentanyl's potency: gimme some. Their game: to apply "move fast and break things" mantra to the economy as a whole, by obsoleting humans.

If the investors can own an AGI, the distinction between those who can do things and those who can't becomes irrelevant. The only distinction that would matter is between people who collect rent on the technology, and those who must pay that rent to live. AGI would destroy society as we know it, and whatever replaces it would be up for grabs — with people who own the technology dictating whatever follows. That's why they're spending so much money to build a post-scarcity economy. A post-scarcity economy is not necessarily an egalitarian one.

I don't think that scenario will actually happen: investors are projecting the immediate aftermath of a major advance in AI technology into something that can be transformed by brute force scaling into AGI. Remember: investors loved Theranos too — so much for the rational investment market.

But AI doesn't have to reach AGI to cause serious harm. The technology only needs to be ubiquitous, too behaviorally complex to predict, and too deeply integrated into everything we do. When it starts breaking things, the plan is for us to be too structurally dependent on AI to rein it in.

It's not either/or though - if you're generating more than you're using, then you can redirect that back into the battery (or sell it back to the grid). I have limited winter experience at the moment, but the battery is fully topped up during the day while still powering the house from solar. That said, the darker nights/evenings right now means you kick into battery power earlier, so for me for example at roughly the same lattitude as London, the battery is drained by about 9pm.

It's interesting to watch and fun too if you're in to that kind of thing. Which, quite clearly, I am.

That's increasingly true here too (UK). I'm on an EV-focused tariff which guarantees me up to 6 hours cheap EV charging per day, and in addition there are lower, cheaper overnight rates for the electricity.

What's been noticeable recently is that these periods are now tending to be different. I've been driving EVs for eight years and on roughly the same tariff (the 6 hour cap is new), and usually the "cheap EV charging" and "overnight low rates" coincided. Now however, I've noticed that if I plug in the EV during the day it pretty much starts charging instantly and you're right - I could say that's 100% around lunchtime. My usage means I can't really take advantage of that much since I commute in the day and plug in in the evenings, but it's still a noticeable pattern for the days that I am either working from home or its a weekend.

Completely agree, however this should just be rolled into the "how much does a data centre cost?" bill. Add the solar, add the necessary battery storage...that's your cost. Not "we'll build it without anything and hope everyone else will give the power instead".

It's not, but that's where home batteries come in. I'm a new'ish convert to solar, having had it installed in March and so this will be my first winter with it. I also installed a 12kWh battery to go along side it. The combination pretty much takes care of all my daytime home usage, although it does not take care of my full usage since I also have an EV.

I charge the EV overnight, plus top of the battery on cheap overnight rates. Result is barely any daytime usage for me. How that translates to a 24 hour data centre of course is a question in its own right, would they start affecting the overnight rates? Hmm.

USB-C? Apple were laughed at for only including USB-C on their laptops and there are still weird antique societies around keeping USB A kicking when it should have been buried over a decade ago.

If you mean only the world of phones - Apple changed their charging and connection standards three times. 30 pin -> Lightning -> USB C. Each one lasted about a decade, which is what they always said. Lightning came out in 2012, USB C didn't even exist as a standard until 2014. Should they have changed yet again after two years, thus annoying everyone?

Meanwhile, over in the rest of the world you had an assortment of barrel connecters, USB Mini, USB Micro, USB C. USB C emerged the winner (although you still get these hateful USB A->USB C power-only cables. I hate the USB C 'standard', never know what cable you're picking up), and yes Apple was arguably forced to change but then so were others. I'm still plagued by more USB Micro devices than I am USB C, a connector that Apple entirely skipped (thank god).

I am sure you are right and the code is looked at the same way any human-written code would be (including checking it with AI and human reviews).

But at the end of the day, Gaben could walk off of one of his yachts and say "the extra load time is because Steam has to load a friends list that isn't empty" and everyone would be giddy at the own. No one gives a fuck about Steam load times and you'll save way more time by just never installing Epic Games Store. The only reason to touch that is Fortnite, and it is no coincidence that they just replaced the Fortnite installer with EGS one shitty day.

Some of us have been there since the start (and looking at your uid, I'm guessing you have too). My name is in kernel commits from around the 98, and I was using Linux before then of course. I was even a Minix user on my ST at university.

Torvalds was anti source control. Others weren't and yep - started using Bitkeeper. Linus considered this "problem solved - you use what you like, I don't have to". Then he started using it. Then the reverse engineering debacle and then the "Well I'm not using any of the others, I'll write my own then" thing with git.

It certainly isn't down to him that people then started using it as the "if all you've got is a hammer" answer to everything - he's completely blameless in that. But I'm talking about the same kind of people that overused the Design Patterns book (one of the authors of which I've also met, although to my shame I can't remember which one - this was a corporate course and lecture being given at IBM Watson), the same kind of people that turned the very simple agile principles into the corporate behemoth Agile process-ridden abomination it became...those kind. They used git because of the hype, not because of the use case.

I'm going back from before he used Bitkeeper. There was a long period of time he didn't want to use source control at all. Bitkeeper wasn't used by him until the 2000s.

I mean, that's exactly what Linus did with git. A lot of his criticisms of existing stuff weren't justified (he went on misplaced rants about how version control software was bad in concept for years), and people have essentially cargo-culted git into areas it wasn't designed for because 'Linus is cool'.

Quick reminder that most commercial software doesn't actually have the problem that git was designed to solve - multiple masters. It was designed to be able to share kernel source trees between Linus' own, Red Hats and I think two others (Yggdrasil and SUSE? It's a long time back and I may be misremembering that). They all had their own quirks and patches, and they wanted to be able to handle commits to any of their trees and accept/reject as per their own preference.

This is pretty much the opposite of what most commercial software wants to do. It wants a single master, with known commits, so that a single known version gets shipped in the end. This is the exact opposite of what git was meant to be, yet it gets used there anyway. I notice the summary talks about a centralised system - yep, that's what you want for commercial, not a distributed multiple master.

I like this stuff but...

• Blade Runner (film not book) - 1982, 44 years old
• Godzilla - 1954, 72 years old
• Star Trek - 1967, 59 years old
• Star Wars - 1978, 48 years old

Even the Marvel stuff dates back to the 60s. I think pop culture is a bit stuck in a rut - there are good sci fi series out there, and new ones need to emerge as major cultural touchpoints as well. It's all feeling a bit retread at the moment.

If it were open source and someone cared enough to fork it, then presumably there are open licensed contribution to the repo that Siemens won't own the copyright to.

What happens to those? Can they be taken closed source at all?

Just to note, the WSL containerisation approach is horrible for anything I/O intensive. WSL 1 had ELF binaries supported by the kernel and ran natively, this is a far superior approach to WSL 2's containerisation when it comes to raw speed.

I benchmarked this a few months ago and it was between 300%-600% slower on raw disk performance I/O.